RU63950U1 - AUTOMATED SOCIAL SECURITY SYSTEM - Google Patents

Abstract

The invention relates to computing, in particular, to an automated social security system. The technical result is to increase the system performance by localizing the addresses of the requested beneficiary data by the social identifier of the beneficiary data and processing payments in real time. The technical result is achieved by the fact that the system comprises a beneficiary data receiving unit, an operation code decoder, a beneficiary address selection block in a server database, a server database read signal generating unit, a beneficiary data identification unit, a data inversion unit, a data output channel switching unit, a unit determining the depth of data access for beneficiaries, a block for receiving records of a server database, a block for summing data. 9 ill.

Description

The invention relates to computer technology, in particular, to an automated social security system of municipalities.

Helping socially vulnerable groups is an important regional task, the solution of which is associated with significant difficulties. This is due to several reasons, among which are:

- lack of budget funds;

- the desire of a significant part of the population to receive undeserved help;

- possible violations in the distribution of funds, i.e. the problem of control over social security agencies;

- difficulties in determining the exact amount that needs to be compensated from the budget for enterprises selling goods and providing services to socially disadvantaged groups of the population;

- significant costs for the implementation of assistance and report on it, i.e. organization of aid distribution points and control over its correct conduct.

In this regard, the social protection authorities carry out a number of activities: streamlining the provision of benefits and subsidies to citizens, preventing all kinds of violations, monitoring the funds allocated for social support of vulnerable groups, etc.

The existing system of social support for the population is based on the interaction of two lists:

- a list of categories of preferential population;

- a list of benefits corresponding to one or another category of privileged population.

Of the existing categories of preferential population, we can conditionally distinguish the following:

- pensioners;

- persons with disabilities;

- war veterans;

- civil servants;

- citizens with young children;

- other categories.

Targeted social benefits are applied for a lump-sum and periodic payment of monetary sums of citizens, with the possibility of using these amounts at the discretion of citizens.

Such payments include payments relating to:

- monthly allowance payments;

- payment of monetary compensation instead of a free annual trip to the sanatorium / resort;

- monthly surcharges up to the size of the previous remuneration in case of disability;

- payment of temporary disability benefits.

Known technical solutions that could be used to build an automated social security system [1, 2].

The first known system includes a main server, including an information storage unit, in which information is organized in the form of a database, user machines, main and additional communication equipment, through which additional servers are connected to each other via the Internet, and user machines are connected to additional servers through the first communication equipment, the Internet and additional communication equipment [1].

A significant drawback of this system is the impossibility of solving the problem of updating data stored in memory in the form of relevant documents at the same time as solving the problem of delivering the contents of these documents to users in real time.

Another system is known that contains a regional-level server connected by bilateral address, information and control links to a regional-level database, to district-level servers and regional-level subscriber terminals, and to regional-level remote subscriber terminals via corresponding communication channels, each district-level server

the level is connected by bilateral control, information and address links with its database of the district level, subordinate to it by the automated workstations of the passport and visa services of the district and the terminals of subscribers of the district level directly, and with the subordinate terminals of remote subscribers of the district level through the appropriate communication channels, the automated information system of bodies records of acts of civil status, a group of automated information systems of accounting authorities for the intersection of physical eskimi faces administrative and national boundaries, a group of departmental automated information systems of accounting categories of the population and a group of computer workstations registration of temporary residence of citizens [2].

The last of the above technical solutions is closest to the described.

Its disadvantage is the low speed of the system, due to the fact that the query procedure is implemented by searching for records across the entire database and their subsequent processing by the central server, which, when the database database is large, the category of beneficiaries will inevitably lead to a large investment of time.

The purpose of the invention is to improve the system’s speed by localizing the addresses of the requested beneficiary data by the social identifier of the beneficiary data and processing payments in real time.

This goal is achieved by the fact that in a known system containing a unit for receiving data of beneficiaries, the information and synchronizing inputs of which are the first information

and system synchronizing inputs, while the information input of the beneficiary data receiving unit is designed to receive beneficiary data from user workstations, and the synchronizing input of the beneficiary data receiving unit is intended for receiving synchronizing signals of beneficiary data entering into the beneficiary data receiving unit, the database record receiving unit server, one information and synchronizing inputs of which are the second information and synchronizing inputs of the system, while The input of the server database records receiving unit is intended for receiving server database records, and the server database recording receiving unit is intended for receiving synchronizing signals for entering server database records into the server database records receiving unit, the first information output of the database records receiving unit server data is the information output of the system and is connected to one information input of the switching unit of the data output channels, the other information input of which is connected n with the first output of the data receiver unit of the beneficiaries, and the outputs of the switching unit of the data output channels are the information outputs of the system group, the server signal generating unit for reading the server database, the address output of which is the address output of the system, designed to issue the address code to the server address input, and synchronizing the output of the server database read signal generating unit is the first synchronizing system output intended for issuing read signals to the input of the first channel reryvaniya server, wherein the reception timing output unit records database server is the second output of the synchronizing system, intended for dispensing

control signals of writing to the input of the second channel of the server interruption, a block of the beneficiary address selection in the server database is introduced, the information input of which is connected to the second output of the beneficiary data receiving unit, the information output of the beneficiary address selection block in the server database is connected to the information input of the read signal generation unit the server’s database, and the synchronizing output of the beneficiary’s address selection block in the server’s database is connected to the synchronizing input of the signal generation block of the server database, an operation code decoder, the information input of which is connected to the third output of the beneficiary data receiving unit, the synchronizing input of the operation code decoder is connected to the first synchronizing input of the beneficiary data unit, and the synchronizing outputs of the operation code decoder are connected to the corresponding synchronizing inputs of the address selection unit beneficiary in the server database, the beneficiary data identification unit, one information input of which is connected to the fourth output of the unit reception of beneficiary data, another information input of the beneficiary data identification unit is connected to the second output of the server database records receiving unit, one synchronizing input of the beneficiary data identification unit is connected to the first synchronizing output of the operation code decoder, the other synchronizing input of the beneficiary data identification unit is connected to the second synchronizing input system, one output of the beneficiary data identification unit is the first signal output of the system intended for issuing with Error latter is present in the privileged data, and other data output beneficiary identification unit coupled to the second input of the synchronizing unit

receiving database server records, a data inversion unit, the information input of which is connected to the fifth output of the beneficiary data receiving unit, the synchronizing input of the data inversion unit is connected to the third synchronizing output of the operation code decoder, the installation input of the data inversion unit is connected to the synchronizing output of the database recording unit server, and the control output of the data inversion block is connected to the control input of the beneficiary data identification block, the block for determining the depth of sampling of privileged data Ikikov, whose information input is the third information input of the system, intended for receiving quantitative data of beneficiaries from the user's workstation, one synchronizing input of the unit for determining the depth of sampling data of beneficiaries is the third synchronizing input of the system, intended for receiving synchronizing signals of entering data on the number of beneficiaries into the block determine the depth of the sample data beneficiaries, another synchronizing input block determining the depth of the choice The beneficiary data ki is connected to the synchronizing output of the server database records receiving unit, one output of the beneficiary data sampling depth determining unit is connected to the installation input of the beneficiary data identification unit, and the other output of the beneficiary data sampling depth determining unit is the second signal output of the system, intended for output signals receiving input data, a data summing unit, one information input of which is connected to the information output of the data inversion unit, the other and formational data summation unit input is connected to the third data output unit receiving server database records, a clock input

the data summing unit is connected to another output of the beneficiary data identification unit, and the output of the data summing unit is connected to the second information input of the server database record receiving unit, while one synchronizing input of the data output channel switching unit is connected to the second synchronizing output of the operation code decoder, and the other the synchronizing input of the switching unit of the data output channels is connected to the second synchronizing input of the system.

The invention is illustrated by drawings, in which Fig. 1 shows a block diagram of a device, Fig. 2 is a block diagram of an operation code decoder, Fig. 3 is a block diagram of a recipient address selection block in a server database, and Fig. 4 is a block block diagram the generation of server database read signals, FIG. 5 is a block diagram of a data recipient identification unit, FIG. 6 is a block diagram of a data inversion block, FIG. 7 is a block diagram of a switching unit of data output channels, FIG. 8 is a block diagram ODA unit determination of the depth of sample data beneficiaries, Fig.9 is a structural diagram of a block for receiving records of a server database.

The system (Fig. 1) contains a block 1 for receiving data of beneficiaries, a decoder 2 for the operation code, a block 3 for selecting addresses of the beneficiary in the server database, a block 4 for generating signals to read the database of the server, block 5 for identifying data of the beneficiary, block 6 for data inversion, a block 7 switching channels for issuing data, block 8 for determining the depth of data access for beneficiaries, block 9 for receiving server database records, block 10 for summing data.

Figure 1 shows the first 21, second 22 and third 23 information inputs of the system, the first 24, second 25 and third 26

system synchronizing inputs, as well as information 27 and address 28 system outputs, the first 29 and second 30 system synchronizing outputs, the first 31 and second 32 system signal outputs, information 33-35 system group outputs.

Block 1 (Fig. 1) of receiving data for beneficiaries is made in the form of a register having an information input 21, synchronizing input 24 and outputs 11-15.

Decoder 2 (figure 2) of the operation code contains a decoder 40, elements 41-43 AND, element 44 delay. The drawing shows information 46 and synchronizing 47 inputs, as well as synchronizing 48-50 outputs.

Block 3 (Fig. 3) of selecting a recipient address in the server database contains a memory block 51 made in the form of read-only memory, a decoder 52, a register 53, 54-56 AND elements, OR element 57, delay elements 58, 59. The drawing shows information 60 and synchronizing 61-63 inputs, as well as information 64 and synchronizing 65 outputs.

Block 4 (figure 4) of the formation of the read signals of the server database contains a counter 67 and a delay element 68. The drawing shows information 69 and synchronizing 70 inputs, as well as address 28 and synchronizing 29 outputs.

Block 5 (figure 5) identification of data beneficiary contains a comparator 71, trigger 72, elements 73, 74 AND, element 75 OR, elements 76-77 delay. The drawing shows information 80-81 inputs, synchronizing 82, 85 inputs, installation 83 and control 84 inputs, as well as outputs 88, 89.

Block 6 (6) data inversion contains a trigger 90, inverters 91, groups 92, 93 elements AND, a group of elements 94 OR. On

the drawing shows information 96, synchronizing 97 and installation 98 inputs, as well as control 99 and information 100 outputs.

Block 7 (Fig.7) switching channels of the data output contains a decoder 102, trigger 103, element 104 And, groups 105-107 elements And, elements 108, 109 delay .. The drawing shows the address 110 and information 111 inputs, the first 112 and second 113 synchronizing inputs, as well as information 34-36 outputs of the system group.

Block 8 (Fig. 8) for determining the depth of sampling data for beneficiaries comprises a register 116, a counter 117, a comparator 118, delay elements 119-120. The drawing shows information 23, first 26 and second 122 synchronizing inputs, as well as outputs 123, 124.

Block 9 (Fig.9) determining the depth of sampling of data beneficiaries contains a register 130, a group of 131 elements OR, element 132 OR, elements 133-134 delay. The drawing shows the first 22 and second 136 information inputs, the first 25 and second 137 synchronization inputs, as well as information 138-140 and synchronizing 141 outputs.

Block 10 (Fig. 1) of data summation is made in the form of an adder having information 150, 151 and synchronizing 152 inputs, and output 153.

All nodes and elements of the system are made on standard potential-impulse elements. To simplify the drawing, the chains of the initial installation of nodes and blocks are not shown.

We will consider the operation of the system from the moment the right of beneficiaries to receive compensation payments is realized, when the beneficiary contacts the district department of social protection at the place of registration and draws up an application for compensation.

The district department of social protection of the population makes a decision on compensation, forms the case of the recipient and transfers it to the City Center for calculating and paying pensions and benefits.

Based on the cases of the recipients, the City Center generates electronic data files for an automated system of targeted social payments:

- data files containing information about customers,

- necessary for opening card accounts and making cards,

- payment files containing information on the amount of accrued compensation for crediting to card accounts. Payout files are generated for each type of compensation and have their own code.

The city center generates payout files of two types:

- the main one - a payout file generated by the previously appointed types of compensation, with a strict frequency of provision (as a rule, once a month and for the whole month);

- additional - payment files generated by newly appointed compensations are provided several times a month as they are assigned.

The city center transfers files to the system in the form of separate files for the city districts and Bank branches, as well as a consolidated checksum file for the Bank as a whole.

The city center plans and distributes funds in the context of city districts, necessary for financing compensation payments. Monthly forms a consolidated application for funding and through the Committee on Labor and Social Protection of the Population sends it to the Finance Committee.

Based on the application, the Finance Committee transfers funds to the account of the City Center.

The City Center transfers the funds to the system accounts in a payment order in an amount sufficient to credit compensation payments to the customers' card accounts in full of payment files.

The system bank carries out mandatory reconciliation of the amount of payment files and the amount of receipts and credits funds to the card accounts of recipients of compensation payments in accordance with the payment arrays provided by the City Center.

The functions of the subjects of interaction in the implementation of targeted social benefits are shown in the following table.

No. Name Functions one Department of Social Protection Acceptance of requests from individuals for targeted social assistance and interaction with the relevant territorial bodies of departments to decide on the eligibility of providing targeted social assistance. Formation of lists of citizens who receive targeted social assistance, as well as the size of subsidies. Transfer of documents for submission of targeted social assistance to a regional processing center. 2 Regional Processing Center Obtaining documents on targeted social assistance from the Office of Social Welfare. Formation of an electronic data array necessary and sufficient for entering onto a smart card. Maintaining targeted accounts of citizens. 3 Smart Card Reception Point Updating data on a smart card. four Issuing bank Cardholder Account Management 5 Retail and retail chain enterprises Serving citizens and accepting smart cards to pay for goods and services. Formation of a set of documents to compensate for cash provided services and goods paid for by smart cards. Transfer of documents and a file with transactions via smart cards to a regional processing center. 6 Individuals Formation of a request for a subsidy and the provision of all necessary documents. Providing a smart card for updating data. Acquisition of goods, services and presentation for payment of a smart card.

We begin to consider the operation of the system from the update mode of the server database in which the data of beneficiaries are located.

The generated server database update files containing lists of citizens - beneficiaries who are allocated targeted social assistance and its size are transferred to the buffer memory of the system built on the stack principle (not shown in the drawing.

The structure of one record in the data update file is as follows:

THE CODE THE CODE THE CODE THE CODE THE CODE Type of operation to be performed on this entry Beneficiary Social Identification Number Beneficiary identity: last name; name; patronymic; Date of Birth; Place of Birth; floor. Beneficiary Social Card Code Cash payment The identifier of the source who sent this record

The first record from the server database update file is fed to the information input of the system 21 and then goes to the information input of unit 1, where it is entered by the synchronizing pulse supplied to the system input 24.

In addition, from the workstation of the user of the system through the information input 23 of block 8, the code 116 receives the code for the number of records contained in the update file, which is entered into the register 116 using the synchronizing pulse received through the input 26 of the system

As a result of recording the input record in block 1, the following data will be output to outputs 11-15 of block 1 of the block:

Block 1 Output Numbers DATA CONTENT eleven The output is the CODE of the identifier of the source of this information 12 The output will be given the CODE of social identification number of the beneficiary 13 The output will be given a CODE of the type of operation that must be performed on this record fourteen The code of identification data of the beneficiary is given out: surname; name; patronymic; Date of Birth; Place of Birth; floor. Beneficiary Social Card Code fifteen The output is the cash payment size CODE

From the output 12 of block 1, the code of the social identification number of the beneficiary through the input 60 of block 3 is fed to the input of the decoder 52, which decrypts the received code and opens one of the 54-56 I elements corresponding to this code, the outputs of which are connected to the read inputs of the permanent storage device, in fixed whose cells the addresses of data records of beneficiaries are stored in the server database.

In parallel with this, the type code of the operation to be performed on this record, from the output 13 of block 1 through the input 46 of block 2 is fed to the input of the decoder 40, from where it will be fed to the input of the decoder 40, which decrypts the type of operation and opens one input one from elements 41-43 AND corresponding to the operation code.

At the same time, the synchronizing pulse from the input 24 of the system through the input 47 of block 2 is fed to the input of the delay element 44, where it is delayed by the time the first record of the update file is entered into block 1 and the decoder 40 is activated, and then passes through the corresponding element 41-43 AND, for example, element 41 And, to output 48, where it will be issued both to input 61 of block 3 and to input 82 of block 5.

From the input 61 of block 3, the synchronizing pulse passes through the element 57 OR and arrives at the other inputs of the elements 54-56 AND, of which only one of them will be an open decoder 52 at one input, for example, 54 I. The synchronizing pulse passes through the element 54 AND to the reading input of a fixed memory cell of block 51, reading the code of the address of the beneficiary's record with this social number in the server database to the register information input 53.

In parallel with this, the same clock pulse from the output 57 OR is delayed by the delay element 58 for the time of reading the address code from the ROM 51, and arrives at the clock input of the register 53, entering the address code from the output 64 of block 3 through the input 69 of block 4 arrives at the information input of the counter 67.

At the same time, the synchronizing pulse from the output of element 58 is delayed by element 59 for the time the address code is entered into register 53. and from the output 65 of block 3 through the input 70 of block 4, it enters the synchronizing input of counter 67, entering the address code of the beneficiary record in the server database in counter 67. In addition, the same clock pulse from the input 70 of block 4 is delayed by the element 68 while the address code is being entered into the counter 67 and from the output 29 of the system goes to the input of the first channel of the database server interrupt.

By this signal, the database server goes to the subroutine for reading the contents of the database cell at the specified address at the system output 28, issuing it to the information input 22 of the system and entering the contents of the database cell in the register 130 of block 9 with a synchronizing pulse from the server to input 25.

In this case, the entire codogram of the read record, except for the bits reserved for recording the amount of the cash payment, goes directly to the register 130 through the input 142, and the bits of the codogram containing the amount of the cash payment go to the register 130 through the elements 131 OR of the group and the input 143.

The codogram of the read record is entered into the register 130 by a synchronizing pulse from input 25, which is fed to the input 144 of the register 130, recording the entire read codogram of the record, except for the payment amount, the code of which is entered into the register 130 by the synchronizing pulse from input 25 through the 132 element OR and entry 145.

As a result, the following codes will be issued at outputs 138-140 of the block:

Block 9 Output Numbers DATA CONTENT 138 The output is the CODE for the full content of the read server database record 139 The code of identification data of the beneficiary is given out: surname; name; patronymic; Date of Birth; Place of Birth; floor. Beneficiary Social Card Code 140 The output is the cash payment size CODE

The beneficiary identification code from the output 139 of block 9 through the input 81 of block 5 is fed to the input of the comparator 71, the other input of which through the input 80 of block 5 is supplied with the code of the beneficiary identification data from the output 14 of register 1.

At the same time, a synchronizing pulse from input 25 through input 85 of block 5 is fed to one input of AND element 73, the other input of which is controlled by trigger 72.

At this point in time, the synchronizing pulse from the output 48 of block 2 through the input 82 of block 5 was received at the direct input of the trigger 72 and set it to a single state, in which the trigger 72 opens the element 73 at the other input with a high potential.

After passing through the element 73 And, the synchronizing pulse is delayed by the element 76 for the time the recording code is entered in block 9, and arrives at the synchronizing input of the comparator 71 of block 5. If the input codes are equal to each other, then a pulse is generated at the output 87 of the comparator 71, which passes through the element 75 the output 88 of block 5 and further is issued both to the synchronizing input 152 of block 10, and to the synchronizing input 137 of block 9.

At this point in time, a cash payment code is received at one information input 151 of block 10, which was stored in the beneficiary's data record in the server database, and at another input 150 of block 10, a cash payment code is received from the record of the update file from output 100 of block 6 output 15 of block 1 through input 96 of block 6.

Indeed, at this point in time, the trigger 90 of block 6, which is in its initial state, opens a group of 93 AND elements with high potential from the inverse output, and closes the elements of the 92 And group with a low potential from the direct output of trigger 90 and gives a low potential to the output 99 of block 6 , which through the input 84 of block 5 enters one input of the element 74 AND, blocking its operation.

In this regard, the cash payment code from the update file entry from the input 96 of block 6 in the direct code passes elements 93 AND groups, then elements 94 OR groups to the output 100 of block 6 and goes to the input 150 of block 10.

By a synchronizing signal from input 152, block 10 summarizes the received cash payment code with the cash payment code located on the beneficiary's account in the server database and issues the code of the received amount from output 153 of the Yoon block, input 136 of block 9 and then through elements 131 OR of the group to input 143 register 130.

In parallel with this, the synchronizing pulse from the input 137 of block 9 is delayed by the element 133 for the duration of the operation of the block 10 and, firstly, through the element 132 OR it goes to the synchronizing input 135 of the bits of the register 130 allocated for storing the amount of cash payments, and records the total amount of cash payment.

Secondly, the same synchronizing pulse from the output of element 133 of block 9 is delayed by element 134 while recording the total amount of payments to register 130, and then from output 141 of block 9, through output 30 of the system, it enters the input of the second channel of the database server interrupt.

By this signal, the database server goes to the data recording routine from the output 138 of block 9 through the information output 27 of the system to the server database at the address generated on the address 28 of the system output.

Thus, the beneficiary’s account will be credited with a new monetary amount of payments received from the record of the update file to his account.

In addition, the synchronization signal from the output 141 of block 9 is supplied to the installation input 98 of block 6, confirming the initial state of the trigger 90, and also through the input 122 of block 8 to the input of the delay element 119, where it is delayed while the total amount of cash payments is recorded in the server database , and then goes to the counting input of the counter 117, fixing the fact of updating the data of the first record of the server database.

The readings of the counter 117 are received at one input of the comparator 118, at the other input of which the code of the number of records to be updated is received from the output of register 116.

According to the synchronizing signal from the output of element 119, delayed by element 120 at the time of operation of the counter 117, supplied to its synchronizing input, comparator 118 compares the number of records to be updated with the number of records recorded by counter 117.

If the number of entries in the counter 117 is less than in the register 116, then the output 124 of block 8 generates a signal that is output through the system 32 to the control input of the system buffer memory (not shown in the drawing) as a control signal for the next system input 21 update file entries.

The described process of updating the server database records continues until the comparator 118 of block 8 fixes the equality of the counter 117 and register 116 by issuing a signal at the output 123 of block 8, which will indicate that the updating of the server database is completed.

The synchronizing pulse from the output 123 of block 8 through the input 83 of block 5 is supplied to the installation input of the trigger 72 of block 5, confirming its initial state.

If, as a result of the identification data control, the comparator 71 of block 5 detects a mismatch of the identification data at inputs 80 and 81, then a signal appears at output 86, which from the output 89 of block 5 through the signal output 31 of the system goes to the automated workstation of the system administrator, signaling errors in the update file.

The technical basis of the used social card is a contactless smart card with a magnetic strip for integration with the VISA bank payment system and a barcode that stores a social number for identification in the system.

The map contains the following data:

- social number and issue data;

- last name, first name, patronymic - in English in accordance with the requirements of VISA and in Russian;

- the photo;

- user signature;

- a barcode with the user's social number;

- magnetic strip, VISA logo, social card logo, issuer bank logo, embossed card number (social number).

As the number of the social card, the number generated in accordance with ISO / IEC 7812 and representing the following sequence of digits can be used: 964390RRDDMMYYNNNNL yymmnnrr.

In addition to the identification code of the card, when the card is identified by reading devices of the memory of its proximity chip, the serial number of the latter can be used.

To access in personal information mode the personal information stored on the social card and in the system server database, the cardholder is assigned a four-digit number to identify it in conjunction with a specific social card and personal identification code.

When purchasing the appropriate services in the store, the beneficiary presents a social card for payment, the data from which is read by the cashier's reader and in real time, a solvency request is sent to the bank-acquirer serving this store. The acquiring bank transmits the incoming request to the entrance of the system of targeted payments.

The request structure is as follows:

the code THE CODE THE CODE The type of operation to be performed before this entry. Beneficiary Social Identification Number The identifier of the source who sent this record

The request of the acquiring bank arrives at the information input 21 of the system and then goes to the corresponding information inputs of block 1, where it is entered by the synchronizing pulse supplied to the input 24 of the system.

As a result of entering the input record in block 1, the following data will be output to outputs 11-13 of block 1 of the block:

Block 1 Output Numbers DATA CONTENT eleven The output is the CODE of the request source identifier 12 The output is issued the CODE of social identification number of the beneficiary 13 The output is the CODE of the type of operation that must be performed on this request

From the output 12 of block 1, the code of the social identification number of the beneficiary through the input 60 of block 3 is fed to the input of the decoder 52, which decrypts the received code and opens one of the 54-56 I elements corresponding to this code, the outputs of which are connected to the read inputs of the permanent storage device, in fixed whose cells the addresses of data records of beneficiaries are stored in the server database.

In parallel with this, the type code of the operation to be performed on this request, from the output 13 of block 1 through the input 46 of block 2 goes to the input of the decoder 40, from where it is fed to the input of the decoder 40, which decrypts the type of operation and opens one input one from elements 41-43 AND corresponding to the operation code.

At the same time, the synchronizing pulse from the input 24 of the system through the input 47 of block 2 is fed to the input of the delay element 44, where it is delayed by the time the request code is entered into block 1 and the decoder 40 is activated, and then passes through the corresponding element 41-43 AND, for example, in this case, the element 42 And, to the output 49, where it is issued both to the input 62 of block 3, and to the input 112 of block 7.

From the input 62 of block 3, the synchronizing pulse passes through the element 57 OR and arrives at the other inputs of the elements 54-56 AND, of which only one of them will be open decoder 52 at one input, for example, 55 I. The synchronizing pulse passes through the element 55 AND, and to the reading input of a fixed memory cell of block 51, reading the code of the address of the beneficiary's record with this social number in the server database to the register information input 53.

In parallel with this, the same clock pulse from the output 57 OR is delayed by the delay element 58 for the time of reading the address code from the ROM 51, and arrives at the clock input of the register 53, entering the address code from the output 64 of block 3 through the input 69 of block 4 arrives at the information input of the counter 67.

At the same time, the synchronizing pulse from the output of element 58 is delayed by the element 59 for the time the address code is entered into register 53, and from the output 65 of block 3 through the input 70 of block 4 it enters the synchronizing input of counter 67, entering the address code of the beneficiary record in the server database in counter 67. In addition, the same clock pulse from the input 70 of block 4 is delayed by the element 68 while the address code is being entered into the counter 67 and from the output 29 of the system goes to the input of the first channel of the database server interrupt.

By this signal, the database server goes to the subroutine for reading the contents of the database cell at the specified address at the system output 28, issuing it to the information input 22 of the system and entering the contents of the database cell in the register 130 of block 9 with a synchronizing pulse from the server to input 25.

In this case, the entire codogram of the read record, except for the bits reserved for recording the amount of the cash payment, goes directly to the register 130 through the input 142, and the bits of the codogram containing the amount of the cash payment go to the register 130 through the elements 131 OR of the group and the input 143.

The codogram of the read record is entered into the register 130 by a synchronizing pulse from input 25, which is fed to the input 144 of the register 130, recording the entire read codogram of the record, except for the payment amount, the code of which is entered into the register 130 by the synchronizing pulse from input 25 through the 132 element OR and entry 145.

As a result of this, the code of the read record from the output 138 of block 9 through the information input 111 of block 7 is supplied to one of the inputs of groups 105-107 of the element I.

At the same time, the code of the request source identifier from the output 11 of block 1 through the input 110 of block 7 is fed to the input of the decoder 102, which decodes the address code and opens one of the groups of 105-107 AND elements, for example, the AND elements 106 and the other input.

In parallel, the synchronizing pulse from the output 49 of block 2 through the input 112 of block 7 enters the single input of the trigger 103 and sets it to a single state, in which the trigger 103 opens the element 104 And one input.

As a result of this, the synchronizing pulse from the input 25 of the system through the input 113 of block 7 is delayed by the element for the time the recording code is entered into block 9, then the element 104 passes, and it enters the inputs of the elements And of all groups 105-107.

However, since only elements of 106 AND groups will be open at two inputs, the synchronizing pulse from the output of element 104 AND passes only through elements of 106 AND groups, rewriting the code for recording the beneficiary data with the amount of money in his account to the address of the acquiring bank and further to the workplace of the store cashier.

In addition, the synchronizing pulse from the output of the element 104 And is delayed by the element 108 at the time of issuing data on the solvency of the beneficiary, and enters the installation input of the trigger 103, returning it to its original state.

If the amount of money in the beneficiary’s account is less than the amount necessary to pay for the service, the store cashier refuses the customer the right to purchase the service.

If the amount of money in the beneficiary’s account is sufficient to pay for the service, the cashier reads out the required amount of money and sends a message to the system about the acquisition of the corresponding service by the client through the acquirer bank.

The structure of the sent message is as follows:

THE CODE THE CODE THE CODE THE CODE Type of operation to be performed on this message Beneficiary Social Identification Number Amount of money spent Identifier of the source of the message

This message again arrives at the information input 21 of the system and then goes to the corresponding information inputs of block 1, where it is entered by the synchronizing pulse received at the input 24 of the system.

As a result of recording the input record in block 1, the following data will be output to the outputs And -15 of block 1 of the block:

Block 1 Output Numbers DATA CONTENT eleven The output is the CODE of the request source identifier 12 The output is issued the CODE of social identification number of the beneficiary 13 The output is the CODE of the type of operation that must be performed on this request fifteen The output is the CODE of the spent amount of money

From the output 12 of block 1, the code of the social identification number of the beneficiary using blocks 3 and 4 as described above is converted into the address of the record of the beneficiary in the server database, which will be issued to the output 28 of the system. Record of the beneficiary in the server database is read from the server database and goes to block 9 as described above.

However, in this case, the decoder 40 opens the I 43 element one input, and the synchronizing pulse from the input 47 passes through it to the output 50 of block 2 and then through the input 97 of block 6 to the direct input of the trigger 90, setting it to a single state, in which trigger 90 closes the group of elements And 93, and opens one input elements 92 And group.

As a result, the outputs of the inverters 91 are connected to the inputs of the OR elements 94 and then to the output 100 of the block 6. In addition, the high potential of the trigger 90 from the output 99 of the block 6 is supplied through the input 84 to the input of the 74 element, opening it one input.

The code of the spent amount from the output 15 of block 1 through the input 96 goes to the inputs of the inverters 91, where it is inverted from the direct code to the reverse, and then from the output 100 of the block 6 through the input 150 of the block 10 it goes to one of the inputs of the adder in the reverse code. To another input 151 of block 10 at this point in time, from output 140 of block 9, a direct code of the amount of money in the beneficiary’s account is submitted.

At the same time, the synchronizing pulse from the input 25 of the system through the input 85 of block 5 passes to the input of the elements 73 and 74 I. However, the element 73 And will be closed by low potential from the direct output of the trigger 72, which is in the initial state, and the element 74 And will be opened high potential from input 84.

As a result of this, the clock pulse from the input 85 passes through the element 74 AND, is delayed by the element 77 for the duration of entering the data into the block 9, the element 75 passes through the OR and from the output 88 of the block 5 it goes to the clock input 152 of the block 10, which forms the difference between the sum located on the beneficiary’s account, and the amount spent on payment of services, summing up the direct code of the amount from input 151 with the return code of the amount from input 150.

The final result from the output 153 of block 10 through the input 136 of block 9 in the form of a code of the remaining part of the amount of money through the elements 131 OR is fed to the information input 143 of the register 130, and the synchronizing pulse from the output 88 of the block 5 through the input 137 of the block 9 is delayed by the element 133 for the time of operation block 10.

Then this synchronizing impulse through the element 132 enters the synchronizing input 145 of the bits of the register 130, depositing the remaining part of the amount of money into the account of the beneficiary.

In addition, the synchronizing pulse from the output of the element 133 is delayed by the element 134 while the remaining part of the amount of money is entered into the register 130 and then from the output 141 of the block 9 is issued to the output 30 of the system, from where it goes to the input of the second channel of the database server interrupt.

By this signal, the database server goes to the data recording routine from the output 138 of block 9 through the information output 27 of the system to the server database at the address generated on the address 28 of the system output.

Thus, servicing privileged categories of citizens using a social card can significantly increase the effectiveness of social support for the population of the region and control the use of budget funds allocated for social needs, as well as create a mechanism for more accurate and more effective targeted social support for the least protected groups of the population.

Sources of information taken into account when drawing up the description of the application:

1. US patent No. 5136708 M. cl. C06P 15/16, 1992

2. US Patent No. 5129083 M. cl. G06F 12/00, 15/40, 1992 (prototype).

Claims (1)

An automated social security system containing a beneficiary data receiving unit, the information and synchronizing inputs of which are the first information and synchronizing system inputs, while the information input of the beneficiary data unit is designed to receive beneficiary data from user workstations, and the synchronizing input of the beneficiary data receiving unit is intended for receiving synchronizing signals of entering data of beneficiaries into a block for receiving data of beneficiaries, block receiving server database records, one information and synchronizing inputs of which are the second information and synchronizing system inputs, while the information input of the server database records receiving block is intended for receiving server database records, and the synchronizing input of the server database records receiving block synchronization signals for entering server database records into the server database records receiving block, the first information output of the database records receiving block x the server is the information output of the system and is connected to one information input of the switching unit of the data output channels, the other information input of which is connected to the first output of the data receiving unit of the beneficiaries, and the outputs of the switching unit of the data output channel are information outputs of the system group, the database read signal generation unit server, the address output of which is the address output of the system, designed to issue the address code to the address input of the server, and the synchronizing output is The generation of server database read signals is the first synchronizing output of the system designed to provide read signals to the input of the first server interrupt channel, while the synchronizing output of the server database record receiving unit is the second synchronizing output of the system designed to issue write control signals to the input of the second server interruption channel, characterized in that the system contains a block of selection of the recipient address in the server database, the information input of which connected to the second output of the beneficiary data receiving unit, the information output of the beneficiary address selection block in the server database is connected to the information input of the server database reader signal generating unit, and the synchronizing output of the beneficiary address selection unit in the server database is connected to the synchronizing input of the signal generating unit reading the server database, an operation code decoder, the information input of which is connected to the third output of the beneficiary data receiving unit, synchronizing the input of the operation code decoder is connected to the first synchronizing input of the beneficiary data receiving unit, and the synchronizing outputs of the operation code decoder are connected to the corresponding synchronizing inputs of the beneficiary address selection block in the server database, the beneficiary data identification unit, one information input of which is connected to the fourth output of the data receiving unit beneficiaries, another information input of the beneficiary data identification unit is connected to the second output of the server database record receiving unit, one synchronizing input of the beneficiary data identification unit is connected to the first synchronizing output of the operation code decoder, another synchronizing input of the beneficiary data identification unit is connected to the second synchronizing input of the system, one output of the beneficiary data identification unit is the first signal output of the system designed to generate error signals in the data beneficiaries, and the other output of the beneficiary data identification unit is connected to the second synchronizing input of the database records receiving unit server data, a data inversion unit, the information input of which is connected to the fifth output of the beneficiary data receiving unit, the synchronizing input of the data inversion unit is connected to the third synchronizing output of the operation code decoder, the installation input of the data inversion unit is connected to the synchronizing output of the server database record receiving unit, and the control output of the data inversion unit is connected to the control input of the beneficiary data identification unit, the unit for determining the depth of sampling of beneficiary data, information the input of which is the third information input of the system, intended for receiving quantitative data of beneficiaries from the user's workstation, one synchronizing input of the unit for determining the depth of sampling data of beneficiaries is the third synchronizing input of the system, intended for receiving synchronizing signals of entering data on the number of beneficiaries in the depth determination unit beneficiary data sample, another synchronizing input of the unit for determining the depth of data sample beneficiary The s is connected to the synchronizing output of the server database record receiving unit, while one output of the beneficiary data sampling depth determining unit is connected to the installation input of the beneficiary data identification unit, and the other output of the beneficiary data sampling depth determining unit is the second signal output of the system intended for issuing signals receiving input data, a data summing unit, one information input of which is connected to the information output of a data inversion unit, another information input the data summing unit is connected to the third information output of the server database record receiving unit, the synchronizing input of the data summing unit is connected to another output of the beneficiary data identification unit, and the output of the data summing unit is connected to the second information input of the server database recording receiving unit, with one synchronizing the input of the switching unit of the data output channels is connected to the second synchronizing output of the decryptor of the operation code, and the other synchronizing input of the switching unit and channel data output connected to the second clock input system.